µFab3D micro fabrication system
The µFab3D is a 3 dimensional micro fabrication system using Two-Photon Absorption (TPA) from a 532nm Microchip laser to build micro-objects in polmer, proteins or noble metals with confocal microscopy resolution. These microscopic structures are realised as a result of a high definition photochemical process initiated at the focal point of a laser and resolution (voxel size) down to 200nm is achievable.
One of the key features of this system is the bespoke software which offers a powerful 2D slicing method to provide much faster and more efficient fabrication.
The system consists laser module, sample module, 3D microfabrication software, a starting kit and inverted microscope.
The laser is a 532nm Microlaser which is adapted to the microscope aperture and modulated with an acousto-optic modulator. 1064 or 532nm laser wavelengths are available at up to 40kHz repetition rate and 0.5ns pulse duration. The sample module offers piezo-electric nano-positioning capabilities of 0-100µm. The 3D microfabrication software is capable of optimising the fabrication of complex shapes imported from standard 3D CAD files.
- Includes compact Nd:YAG Microlaser - 1064 or 532nm
- Piezo-electric, nano positioning sample module
- Software for positioning 3D laser trajectories
- High definition 3D fabrication
- High level flexibility in nano/micro fabrication
- Compact and easy to use
- Biotechnology
- Cellular and tissue fluorescence
- Multi-Photon Microscopy
